Ultrasound works by measuring friction, impacting, and turbulence inside operating assets. As conditions begin to degrade, even slightly, the ultrasonic signals change, offering early, reliable, indicators of emerging defects.

SDT's powerful data collectors, like the SDT340, track and trend these changes from the very start, helping organizations move toward a more data-driven approach to maintenance and repair.

Airborne ultrasound expands monitoring capabilities in a big way. With a sensor like the Flexible Want, technicians can inspect assets non-intrusively; avoiding the need for complex technology, disassembly, or both. Making it easy to monitor:

• Belt and Chain-Driven Systems
• Flexible, Grid, Gear, and Tire couplings
• Open-Faced Conveyor Bearings

Airborne inspection solves accessibility challenges as well. Measurements can be taken through guarding, reducing, downtime and improving safety.

Paired with contact ultrasound, this approach quickly uncovers common mechanical issues like belt slap, misalignment, bearing wear, and lubrication problems, before the affect production.

Ultrasound is known for compressed air leak detection, precision lubrication, and bearing monitoring, but its applications extend far beyond. It's also effective for:

• Inspecting high-voltage electrical systems
• Testing steam traps
• Non-intrusive valve inspection
• Vacuum leak detection
• Heat exchanger tube leak detection
• Diagnosing hydraulic system failures
• ....and more

This versatility empowers organizations to maintain optimal operational efficiency and reliability across their entire facility with a single predictive maintenance technology. Which provides opportunities for immediate cost savings.

Ultrasound delivers value from day one by helping teams find and fix compressed air leaks; often invisible and inaudible, yet responsible for up to 40% of compressed air loss.